Hally Hansen Lifa Merino

Hally Hansen Lifa Merino product features features:

• LIFA® MERINO technology – the combination of LIFA® fibers that effectively wick away moisture and natural merino wool ensures dryness, comfort and adequate thermal insulation.
• ZQ Merino Wool – high-quality wool helps keep you warm even in low temperatures, while providing a pleasant feeling of softness.
• Effective moisture management – the material quickly transports sweat away from the skin, helping you stay comfortable during intense work.
• Mesh Ventilation – Mesh panels increase breathability and improve air circulation in areas most prone to overheating.
• Double layer of material – the durable construction was designed with demanding working conditions and everyday use in mind.
• Flat seams – reduce the risk of abrasions and increase comfort when worn under a helmet or other personal protective equipment.
• Perfect as a base layer – the balaclava fits snugly to the head and can be worn under a safety helmet or hard hat.
• Durable materials – made of a blend of 57% merino wool and 43% polypropylene with a weight of 215 g/m² and reinforced with a polyamide panel with a weight of 270 g/m².
• Designed for work in low temperatures – provides protection for the head, neck and parts of the face when working outdoors and in cold environments.

FAQ

Is the Hally Hansen Lifa Merino balaclava suitable for wearing under helmet ?
Yes. Thanks to its fitted cut and flat seams, it works perfectly as a layer under a helmet or hard hat.

What materials are used in the Helly Hansen Lifa Merino balaclava?
The model is made of a combination of 57% merino wool and 43% LIFA® polypropylene, and additional reinforcements are made of durable polyamide.

Does the LIFA Merino wick away moisture well?
Yes. LIFA® technology effectively transports moisture away from the skin, while mesh ventilation zones promote breathability.

What weather conditions is the Hally Hansen balaclava suitable for?
This model is designed for work and activity in cold and winter conditions, providing warmth and comfort during intense exercise.